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Customized
Customized
FPC Custom Membrane Switch Keyboard
Copper flex traces are more durable and stable, they are resistant to high temperatures up to 280°C.
Features of fpc membrane switch
Circuit are high precision.
Output spacing can be 0.5mm
Low electrical resistance
High conductivity
Stable and reliable performance
Its service life is longer than an ordinary membrane switch
Having ability to solder active and passive components into the switch design
Lower resistance, it's about 1ohm-50ohm
More flexible, standard for bending and high temperature
Pitch: 0.3mm, 0.5mm, 1mm, 1.25mm, 2mm, 2.54mm
SMD: LED, Resistor, IC, connector, capacitors
Lower electrical resistance and higher conductivity: FPC Membrane Keypad Copper traces have far lower resistance, only 20% of the silver circuits.
To achieve a much finer trace width: with the PET silver circuit, the minimum pitch is 1mm, however, the minimum trace width for copper flex is 0.3mm and the pitch is 0.5mm.
Endure High-temperature: The temperature resistance of the flexible printed circuit is better than silver circuitry. FPC can resist much high temperatures up to 280 degrees.
FPC membrane switch has ability to withstand bending, creasing and vibration.
FPC can be bent and folded, which improve the efficiency of the configuration and is able to last a long period of time.
SMT technology & smaller designs
While dealing with smaller package sizes, footprints, and rugged environment applications, the Copper Flex circuit can fit more components in a smaller area.
Also PFC artwork can accommodate unique functionality and characteristics in the membrane switch.
It is ideal for smaller designs where dense circuit patterns or trace routing limitations exist.
Reliability
FPC Polyimide circuits use a soldered connection that can be up to three times as strong as the conductive glue. Electronics components soldered on the FPC are more reliable than those glued on silver circuit.
FPC Custom Membrane Switch Keyboard
Copper flex traces are more durable and stable, they are resistant to high temperatures up to 280°C.
Features of fpc membrane switch
Circuit are high precision.
Output spacing can be 0.5mm
Low electrical resistance
High conductivity
Stable and reliable performance
Its service life is longer than an ordinary membrane switch
Having ability to solder active and passive components into the switch design
Lower resistance, it's about 1ohm-50ohm
More flexible, standard for bending and high temperature
Pitch: 0.3mm, 0.5mm, 1mm, 1.25mm, 2mm, 2.54mm
SMD: LED, Resistor, IC, connector, capacitors
Lower electrical resistance and higher conductivity: FPC Membrane Keypad Copper traces have far lower resistance, only 20% of the silver circuits.
To achieve a much finer trace width: with the PET silver circuit, the minimum pitch is 1mm, however, the minimum trace width for copper flex is 0.3mm and the pitch is 0.5mm.
Endure High-temperature: The temperature resistance of the flexible printed circuit is better than silver circuitry. FPC can resist much high temperatures up to 280 degrees.
FPC membrane switch has ability to withstand bending, creasing and vibration.
FPC can be bent and folded, which improve the efficiency of the configuration and is able to last a long period of time.
SMT technology & smaller designs
While dealing with smaller package sizes, footprints, and rugged environment applications, the Copper Flex circuit can fit more components in a smaller area.
Also PFC artwork can accommodate unique functionality and characteristics in the membrane switch.
It is ideal for smaller designs where dense circuit patterns or trace routing limitations exist.
Reliability
FPC Polyimide circuits use a soldered connection that can be up to three times as strong as the conductive glue. Electronics components soldered on the FPC are more reliable than those glued on silver circuit.
